Model and Development of Plasma Technology for the Protection of Radio-electronic Means of Laser Emission

The results of the development of a formalized mathematical model for describing the interaction of laser radiation with the plasma material intended to protect radio electronic means (REM) by reflecting this radiation are presented in this research. The basic structure of the physical model of solid-state radioisotope material is presented. It has been found out that the generation of the Langmuir noise in the protective layer of solid-state plasma of the screen of radio-electronic means provides shielding from laser radiation at a sufficiently small value of the field strength of the Langmuir wave. In this case, there is a re-emission of laser energy in the opposite direction.